Assembled inflatable tent air-beam frames inside the workshop — Air-beam frames assembled in the workshop.

ASEN CAMPING / MANUFACTURING

Inflatable Camping Tent Factory With In-House Air-Beam Production

Develop the inflatable frame and tent cover around one approved specification, then review a physical sample before bulk production.

Air-beam production
Cover fabrication
Sample setup
Inspection planning

Discuss Your Manufacturing Requirements Plan an OEM Tent

Air-beam frames shown during production inside the ASEN workshop.

MOQ 50Mixed-model combinations are reviewed by product.

7-15 daysSample scope and timing are agreed per project.

In-house air beamsDiscuss the frame directly with its maker.

Order-based lead timeBulk timing is assessed against quantity and specification.

MANUFACTURING SCOPE

Keep frame, cover and packing inside one product definition.

The useful question is not only what equipment a factory owns, but how each production decision stays connected to the approved model and sample.

01 / AIR SYSTEM

In-house air-beam work

Develop tube geometry, junctions, valves, sleeves and service access with the team producing the inflatable frame.

02 / TENT COVER

Cutting and sewing

Translate approved dimensions, openings and attachment positions into the cover assemblies.

03 / PHYSICAL SAMPLE

Setup review

Check exterior form, openings, fit, access, components and requested changes before bulk production.

04 / ORDER RELEASE

Packing definition

Confirm the component set, labels, instructions, bag, carton and order-specific inspection points.

FOR SOURCING TEAMS

Check the frame, the sample and the order definition.

Use the visible workshop work to narrow your questions, then ask for evidence that matches the exact tent you intend to buy.

01 / MANUFACTURINGSee how the inflatable frame is made.02 / PRODUCT STRUCTUREInspect an actual internal air-beam layout.03 / SAMPLE APPROVALReview the physical setup before bulk production.

IN-HOUSE AIR-BEAM WORK

See the frame as a manufactured system, not a hidden component.

Material, joining, junctions and valve access are resolved together for the selected tent geometry.

Operators joining inflatable tent air-beam material with workshop equipment — Air-beam material being joined during workshop production.

01 / MATERIAL JOINING

Form the inflatable structure in the workshop.

Operators join prepared air-beam material while frame geometry and component positions remain tied to the approved definition.

Rows of material rolls stored inside the tent factory — Material rolls stored in the factory before model-specific selection and cutting.

02 / MATERIAL INPUT

Select against the product specification.

Material direction is matched to the model, structure and buyer requirements before production starts.

Close view of an inflatable tent air-beam junction and sleeve connection — Air-beam junction and sleeve connection visible during assembly.

03 / JUNCTION & SLEEVE

Resolve connection points before sample approval.

Junction shape, protective sleeve and cover connection are reviewed as part of the assembled frame.

Two valves beside the attachment edge of an inflatable tent air beam — Twin valves and the cover attachment edge shown before final specification approval.

04 / VALVE INTERFACE

Define access with the finished product in mind.

Valve type, position and service access are included in the final component definition.

COVER PRODUCTION

Translate approved geometry into the physical cover.

Real workshop images show the production context. Exact materials, seam construction and acceptance criteria remain model-specific.

Operator working with digital fabric cutting equipment in the tent factory — Fabric cutting in the workshop.

01 / FABRIC CUTTING

Prepare panels from the final pattern.

Confirmed dimensions, openings and connection points are translated into cover components.

Operator sewing an inflatable tent cover in the factory — Sewing operation for tent-cover production.

02 / COVER SEWING

Build doors, windows and sewn assemblies.

Seam placement, attachments and visible construction are checked against the agreed sample.

Material samples and inspection equipment in the factory — Material inspection equipment; the method and acceptance criteria are defined per project.

03 / MATERIAL CHECKS

Match the check to the material and project.

Inspection equipment and material samples support project-specific requirements. The applicable method and criteria are confirmed before production.

04 / COATED-MATERIAL JOINING

Watch real joining work in progress.

This workshop video records heat-assisted joining on coated material. High-frequency and heat-sealing equipment are selected according to the material and component defined for the product.

Method selection: Matched to the approved material and component construction.
Acceptance criteria: Agreed for the selected product and buyer requirement before production.

Heat-assisted joining on coated material inside the workshop.

MANUFACTURING PATH

Follow one approved definition from brief to packing.

Each gate closes a different kind of risk before the order moves forward.

01
Specification
Freeze dimensions, layout, materials, openings, air-beam structure and component list.
02
Air-beam work
Translate the approved geometry into tubes, junctions, valves, sleeves and service access.
03
Cover production
Cut and sew the tent cover, openings and connection points to the final product specification.
04
Physical setup
Assemble the tent to check form, fit, access, components and requested sample changes.
05
Packing release
Confirm the complete set, labels, instructions, bag, carton and order-specific checks.

QUALITY PLANNING

Agree the inspection plan before production.

Tell us the material, model and destination, then define the checks and acceptance criteria together.

Operator placing a material sample in factory inspection equipment — A material sample placed in inspection equipment; the applicable method and criteria are agreed per project.

A material sample shown in inspection equipment. The applicable method and acceptance criteria are agreed per project.

01
Configuration identity
Model code, approved dimensions, layout, materials, colours and air-beam definition.
02
Physical sample
Exterior form, openings, partition, component fit and buyer-requested revisions.
03
Material and process records
The applicable method, criteria and report must match the agreed material, model and destination.
04
Packed set
Accessories, repair items, labels, instructions, bag, carton, final packed size and gross weight.

CONNECT YOUR REQUIREMENTS TO THE FACTORY

Send the model, quality priorities and order plan.

We will use them to identify the closest base model, the sample scope and the production points that need written approval.

Send Your Manufacturing Brief

A useful first brief includes

Reference model or intended use
Dimensions, layout and openings
Material and air-beam priorities
Estimated quantity and mixed-model request
Destination, packing and required documents

Explore the customization process

Developing an inflatable tent range under your own brand?

Plan your private-label tent range

BEFORE YOUR INQUIRY

Questions worth asking.

How can I verify the factory work behind an inflatable tent?

Review the air-beam joining, cutting and sewing, component details and physical setup shown on this page. For a selected model, agree the sample and inspection points before bulk production.

Do you manufacture the inflatable frame?

Yes. Air-beam production is handled in-house, allowing the tube layout, junctions, valves, sleeves and service access to be developed with the tent design.

Can I request a sample first?

Yes. The stated sample-development range is 7-15 days after the configuration, scope, cost and start date are agreed.

What is the bulk production lead time?

Bulk production timing is confirmed according to order quantity and the approved product specification.

Can you provide certificates or test reports?

Tell us the destination and required standard. We will identify which available reports apply to the selected material and model.